nonlinear device


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nonlinear device

[′nän‚lin·ē·ər di′vīs]
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The result is the highest level of insight into nonlinear device behavior, making the NVNA capability especially useful for scientists researching new RF technologies and engineers involved in designing today's high-performance active devices.
Nonlinear large-signal S-parameters can be defined as ratios of the reflected and incident wave variables of each port [32], including the fundamental and harmonic components of the input and output signals since energy can be transferred to other frequencies in a nonlinear device.
Devices such as cell phones or microwave ovens would not affect the nonlinear device, Karami said.
A key aspect of X-parameters is adjusting the DC power to the nonlinear device, giving engineers not only the ability to fine-tune their design for signal quality but also for low power consumption," said Neil Forcier, application engineer for Agilent Technologies' Systems Products Division.
Nonlinear network analysis involves characterizing a nonlinear device under realistic, large-signal operating conditions.
Nonlinearity means that what goes in does not necessarily come out in the same manner; put another way, not all light signals passing through a nonlinear device are treated equally.
This is a critical capability since nonlinear device characterization is essential to verifying model accuracy in real applications.
Objective: The main idea of the PIEZOMACH project is to develop a fully passive nonlinear device for suppressing chatter vibrations in machine tools.
The author covers fundamental MESFET, MOSFET, and PIN nonlinear device modeling, as well as transient and harmonic behavior in microwave semiconductors, nonideal device behavior in control circuits, switch and switched circuit applications, control and attenuator applications, and many other related subjects.
It is widely used in the optimization of passive components and microwave nonlinear device modeling [13-18].
to large-signal nonlinear device behavior is consistent.
Moreover, it will also be shown that, despite the variability in nonlinear device models and the levels of detail being dealt with, a large range of device technologies share a very similar set of IMD characteristics.

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